T13 Explosion proof Pt100 thermometer, US style
Safe monitoring of process temperatures in challenging applications e. g. in the Oil & Gas industry
- F
- L
- E
- X
-
Measuring principle
Resistance Temperature Detector
-
Characteristic / Application
Explosions Proof US style
modular temperature assembly
for heavy duty applications
threaded process connection
with extension
incl. thermowell -
Thermowell / protection tube
bar stock (drilled)
-
Insert / probe
mineral insulated (MI), flexible
PTFE-insulated, rigid -
Outer diameter protection tube / Insert
3/4” (19,05 mm)
1” (25,40 mm)
17/16” (26,99 mm)
0,63” …1,31” (15,88 mm …33,40 mm) -
Max. immersion length on request
up to 22.5″ (571 mm)
others on request -
Material protection tube/ thermowell
316/ 316L
A105
others on request -
Optional coating
available on request
-
Process connection
male thread:
NPT1/2″
NPT3/4″
NPT1″
weld in version
socket weld version -
Tip shape
stepped
tapered -
Surface roughness Ra
32 μin. (0.80 μm)
-
Operating temperature range
PT100 WW:
-200 °C … 600 °C
(-328 °F … 1.112 °F)
PT100 TF:
-50 °C … 200 °C
(-58 °F … 392 °F) -
Max. process pressure (static)
at 20 °C: 100 bar (1.450 psi)
depends on configuration -
Accuracy
class A acc. to IEC 60751
class B acc. to IEC 60751 -
Response time
depending on configuration
63% rt = 20 s -
Integration head transmitter
yes (4 … 20 mA; HART; PROFIBUS PA; FOUNDATION FIELDBUS)
-
Ex – approvals
FM XP DIP Class I,II,III Div. 1+2
FM XP NI DIP Class I,II,III Div. 1+2
CSA XP DIP Class I,II,III Div. 1+2
CSA XP NI DIP Class I,II,III Div. 1+2
FM/CSA XP DIP Class I,II,III Div. 1+2
FM/CSA XP NI DIP Class I,II,III Div1+2
CSA C/US XP, DIP I, II, III/1/A-G
cCSAus General Purpose -
Certification
SIL (transmitter only)
Field of application
The robust device with a barstock thermowell is a complete unit ready for use with various housing transmitter heads to meet the application and space requirements. The unit offers enhanced measurement accuracy and reliability. A variety of process connections, dimensions, and materials (like 316L SS and Hastelloy C276) offer flexible application possibilities.
The T13 temperature sensor is a RTD assembly installed in thermowell and designed for use in harsh environments and explosive areas, due to his FM and CSA approvals.The sensor is made up of a measurement probe with an insulated RTD element, sheath and a thermowell made of bar-stock material.
The sensor assembly can be used in process industries such as:
Chemicals
Petrochemical
Refineries
Offshore Platforms
Benefits
FM/CSA XP Class I, Div. 1 approved temperature assemblies for maximum safetyOne source shopping for temperature measurement solutions. World class transmitter with integrated sensor offering for heavy process industry applicationsRemove and install straight out of the box!Improved galvanic isolation on most devices (2 kV)Simplified model structure: Competitively priced, offers great value. Easy to order and reorder. A single model number includes sensor, thermowell and transmitter assembly for a complete point solutionAll iTEMP transmitters provide long term stability ≤0.05% per year
WirelessHART Fieldgate SWG70
Intelligent WirelessHART gateway with Ethernet and RS-485 interfaces
- F
- L
- E
- X
© Endress+Hauser
-
Measuring principle
WirelessHART
-
Function
Intelligent WirelessHART gateway with Ethernet and RS-485 interfaces
-
Certification
Non-hazardous area, ATEX, IEC Ex
-
Input
WirelessHART communication interface
Transmission rate: Nominal 250 kBits/s
Operating frequency: 2.4 GHz (ISM band)
Transmission range under reference conditions:
Outdoor 250 m, indoor 50 m -
Output
Ethernet (10 BASE-T/10 BASE TX)
– Configurable for HART IP and MODBUS TCP communication
RS-485 serial interface
– Configurable for HART Version 7.0 or MODBUS RTU communication
EtherNet/IP interface -
Auxiliary power supply / Loop power supply
20 VDC to 30 VDC
-
Dimensions (wxhxd)
W x H x D:
257 mm x 85 mm x 285 mm with cable glands and antenna
257 mm x 85 mm x 115 mm without cable glands and antenna -
Software
Internal software for controlling the WirelessHART network including web interface for configuration.
-
Operation
Integral via Pushbuttons
PC configuration:
– Web browser via Ethernet
– FieldCare via Ethernet (HART IP CommDTM) or RS-485 (S-MUX DTM) -
Display
Integral via 5 LEDs
-
Operating Voltage
20 VDC to 30 VDC
-
Nominal current
<5 W
Field of application
Endress+Hauser’s WirelessHART Fieldgate SWG70 has been designed to act as interface between a system using Ethernet or RS-485 physical layer and WirelessHART network. The gateway is designed for mounting in explosion hazardous areas Zone 2. An integral or remote antenna can be mounted according to the needs of the application.
Process optimization, Tank and silo monitoring/Inventory control, Condition monitoring of equipment. The WirelessHART gateway converts and stores wireless device data in a format that is compatible with other systems. It has Ethernet and serial interfaces for connection to host applications such as Plant Asset Management and SCADA tools.
Benefits
Easy commissioning and diagnosis of a self-organizing WirelessHART networkSeamless integration of field device information into superior system applications with standardized protocols, such as MODBUS, EtherNet/IP, HART-IP or OPCWireless configuration and administration of intelligent field devices in the plant by using FieldCareFlexible Fieldgate operation in ex-hazardous areas in the plant
FieldGate SWG50
Functional WirelessHART gateway
- F
- L
- E
- X
Functional WirelessHART gateway
Field of application
The FieldGate SWG50 is a gateway for WirelessHART networks. It enables WirelessHART field devices to communicate with each other and manages network security and connectivity. The FieldGate converts and stores data from wireless field devices in a format that is compatible with other systems. It has Ethernet interfaces for connecting to host applications such as SCADA tools.
FieldGate is the perfect fit for WirelessHART adapters like the FieldPort SWA50 or SWA70. It can be used for remote monitoring or as a digital second channel by using extended information about measurements and/or diagnostic information. It is compatible with the FieldEdge SGC500 for the integration into Netilion, a cloud-based solution from Endress+Hauser.
Benefits
Easy commissioning and diagnosis of a self-organized WirelessHART network withup to 100 WirelessHART devicesIdeal for operations with limited space in the cabinet, since it is compact and canbe mounted on DIN railsFlexible use of FieldGate in the hazardous areas of a plantSeamless integration of field device information into higher-level systemapplications using standardized protocols such as Modbus TCP or HART-IP
WirelessHART Adapter SWA70
Smart WirelessHART interface module
with power supply for field devices
- F
- L
- E
- X
© Endress+Hauser
-
Measuring principle
WirelessHART
-
Function
Intelligent WirelessHART interface module for connection to 4…20 mA/HART devices
-
Certification
Non-hazardous area
ATEX, CSA, IEC Ex, JPN Ex -
Input
One point-to-point with a HART device, or
One point-to-point connection with a 4…20 mA device, or
Up to four HART field devices connected in multidrop mode if a wide range power unit is used. -
Output
WirelessHART communication interface
Transmission rate: Nominal 250 kBits/s
Operating frequency: 2.4 GHz (ISM band)
Transmission range under reference conditions:
Outdoor 250 m, indoor 50 m -
Auxiliary power supply / Loop power supply
Special long live Lithium Thionylchloride battery pack
24-230V AC/DC external power
DC power unit -
Dimensions (wxhxd)
W x H x D: 111.5 mm x 189.9 mm x 92.8 mm
Dimensions in mm 25.4 mm = 1 inch -
Software
Internal software for controlling, powering, and reading from 4…20 mA/HART field devices
-
Operation
Integral via Pushbutton, PC configuration via DTM and FieldCare or DD
-
Display
Integral via 3 LEDs
-
Operating Voltage
Special long live Lithium Thionylchloride battery pack
For versions with electronically regulated power supply:
Wide-range power supply: 24 V…230 V AC/DC ± 10%, 50/60 Hz
DC power unit: 8 V…50 V DC ± 10%
In the event of an external power supply failure, wireless communication is maintained for at least one hour by means of an internal supply.
Field of application
The WirelessHART Adapter SWA70 is an interface module for the wireless transmission of 4 to 20 mA/HART signals from connected field devices to a WirelessHART Fieldgate. It is powered by either a battery pack or power supply units. The WirelessHART Adapter can be used in hazardous and non-hazardous area for applications.
Process optimization: Monitor and optimize plant sections with less cost and effort by connecting the WirelessHART Adapter.
Level monitoring in tanks and silos: Measured value, device and battery status are transmitted at regular intervals to a higher-level system.
Plant condition monitoring: Wireless devices are mounted at critical points in the plant with limited accessibility or where wiring costs are limited. Improved data flow and diagnostics increase plant reliability and safety.
Benefits
HART devices are quickly upgraded to WirelessHART technologyFast integration of 4 to 20 mA field devices into a WirelessHART networkOne 4 to 20 mA field device and up to four HART field devices in multidrop mode can be connected to a WirelessHART AdapterBurst mode and event notification supportedRemote and difficult-to-access HART devices are connected to the control room without expensive cablingEasy planning, quick installation and integration
FieldPort SWA50
Intelligent Bluetooth® and/or WirelessHART adapter for all HART field devices
- F
- L
- E
- X
FieldPort SWA50 – Intelligent Bluetooth® and/or WirelessHART adapter
-
Measuring principle
WirelessHART
-
Function
Intelligent WirelessHART and/or Bluetooth® interface module for easy and fast connection to HART devices
-
Certification
Non-hazardous area, ATEX, IEC Ex
-
Input
One point-to-point with HART device
-
Output
WirelessHART and/or Bluetooth® communication interface,
Operating frequency: 2.4 GHz (ISM band),
Transmission range under reference conditions:
WirelessHART communication – up to 200 m (656 ft),
Bluetooth communication – up to 40 m (131 ft) -
Auxiliary power supply / Loop power supply
Loop-powered 4 to 20 mA
-
Dimensions (wxhxd)
W x H x D: 146 mm x 42 mm x 42 mm
(dimensions in mm 25.4 = 1 inch) -
Software
Internal software for reading data from HART field devices and communicating over WirelessHART and/or Bluetooth®
-
Operation
Integral via DIP-switches,
Cell Phone configuration via SmartBlue App and Bluetooth®,
Field Xpert configuration via Bluetooth® or HART-modem,
PC configuration via FieldCare and HART-modem,
PC configuration via FieldCare and WirelessHART Gateway -
Operating Voltage
24 V DC (min. 4 V DC, max. 30 V DC): min. 3.6 mA loop current required for start-up
Voltage drop if internal HART communication resistor is deactivated:
3.2 V in operation, < 3.8 V at start-up
Voltage drop if internal HART communication resistor is activated (270 Ohm):
< 4.2 V at 3.6 mA loop current, < 9.3 V at 22.5 mA loop current
Field of application
The FieldPort SWA50 converts the HART signal of the connected HART field device to a reliable and encrypted Bluetooth® or WirelessHART signal. The Endress+Hauser SmartBlue app or the Endress+Hauser Field Xpert is used to configure the FieldPort SWA50 and to visualize the measured values and status of the connected HART field device. HART field devices can be connected to the Netilion Cloud via the FieldPort SWA50 and a FieldEdge device.
The FieldPort can be retrofitted to all 2-wire and 4-wire HART field devices in both hazardous and non-hazardous areas. The robust stainless steel housing allows the FieldPort SWA50 to be installed even in harsh industrial environments.
Benefits
Reliable transmission of the measured process values through the connected FieldPort SWA50 via encrypted Bluetooth® or WirelessHART communication Easy to retrofit all 2-wire or 4-wire HART field devices Easy connection of all HART field devices to the Netilion CloudLoop-powered adapter, without affecting the process signal Easily accessible, wireless, diagnostic information of connected HART field device
SS500 moisture analyzer
Extremely reliable and tailored to the needs of the natural gas industry
- F
- L
- E
- X
SS500 H2O analyzer offers truly reliable measurement and simple operation
-
Measuring principle
TDLAS
-
Product Headline
An economical gas analyzer for moisture (H2O) in the natural gas industry. The sensor measures gas using tunable diode laser absorption spectroscopy (TDLAS) to determine the concentration of the gas without coming into physical contact with the stream. Option of simplified sample conditioning to reduce complexity of the analyzer system.
-
Channels
1
-
Analyte and Measurement ranges
H2O (Moisture):
5 to 422 ppmv (minimum)
5 to 2110 ppmv (maximum) -
Measured Variables
Concentration
Dew Point
Cell Pressure
Cell Temperature -
Ambient Temperature range
-20 to 50°C (-4 to 122°F)
-
Operating Pressure range
Inlet Pressure: 140 to 350 kPa (20 to 50 psig)
Sample Cell: 700 to 1400 mbara -
Analyzer Wetted materials
316L stainless steel
FKM O-Rings
Glass -
Power supply
100 to 240 VAC, 50 to 60 Hz
or
9 to 16 VDC or 18 to 32 VDC – optional
1 Amp maximum at 120 VAC
1.6 Amps at 24VDC, 3.2 Amps at 12 VDC -
Communication
Analog Output: 1 or 2 4-20mA Isolated, 1200 ohms at 24 VDC max load
Serial: RS232C
Protocol: Modbus Gould RTU or Daniel RTU or ASCII
Alarms: 2, General Fault and Concentration Alarms via Modbus and Analog Output(s) -
Housing materials
Electronics: 304 stainless steel (Class I Division 2)
Sample System Panel: anodized aluminum -
Hazardous area approvals
CSA Class I, Division 2
CSA Class I, Zone 2 -
Degree of protection
Type 3R (Class I Division 2)
Field of application
Using patented tunable diode laser spectroscopy (TDLAS) technology, the SS500 analyzer is an economical choice for measuring H2O concentration in natural gas without coming into physical contact with the stream. The result is a sensor that does not suffer from contamination or drift due to vapor impurities such as glycol, methanol, or amines.
Natural gas quality measurements in production, storage, transportation, and distribution Monitoring for natural gas pipelines, processing plants, compressor stations, gathering sites, and distribution quality Suitable for use as a check-measurement deviceMeasurable ranges of up to 0-250 lb/mmscf (0-5275 ppm) H2O
Benefits
Economical real-time moisture measurements Virtually maintenance-free Reliable in harsh environmentsFast and accurate with no wet-up or dry-down delays No contamination or drift due to vapor impurities such as glycol, methanol, amines, hydrogen sulfide, or mercaptansNIST-traceable calibration with analog and serial outputs for remote monitoringCSA certified for CSA Class 1, Division 2 or Class 1, Division 1
SS2100i gas analyzer
Exceptionally reliable for measuring trace gas components
- F
- L
- E
- X
SS2100i single and dual box process gas analyzer is reliable in harsh environments
-
Measuring principle
TDLAS
-
Product Headline
An advanced gas analyzer for hydrogen sulfide (H2S) measurement. The SS2100i uses tunable diode laser absorption spectroscopy (TDLAS) to determine the concentration of the analyte without coming into physical contact with the stream.
-
Channels
1
-
Analyte and Measurement ranges
H2S (Hydrogen Sulfide):
0 to 10 ppmv
0 to 1000 ppmv
0 to 5000 ppmv
0 to 5% volume -
Measured Variables
Concentration
Cell Pressure
Cell Temperature -
Ambient Temperature range
-20 to 50°C (-4 to 122°F)
Optional (i-2 only): -10 to 60°C (14 to 140°F) -
Operating Pressure range
Inlet Pressure: 140 to 350 kPa (20 to 50 psig)
Sample Cell: 800 to 1200 mbara or 950 to 1700 mbara (optional) -
Analyzer Wetted materials
316L stainless steel
FKM O-Rings
Glass -
Power supply
120 or 240 VAC ± 10 %, 50 to 60 Hz; 300W
-
Communication
Analog Output: Two 4-20mA Isolated, 1200 ohms at 24 VDC max load (measurement value)
Analog Input: One 4-20mA Isolated, 1200 ohms at 24 VDC max load (process pressure)
Serial: RS232C and Ethernet
Protocol: Modbus Gould RTU or Daniel RTU or ASCII
Digital Outputs: 5, Concentration Alarm, General Fault, Validation Fail, Validation 1 Active, Validation 2 Active
Digital Inputs: 2, Flow Alarm, Validation Request -
Housing materials
Electronics: Copper-free Aluminum
Laser/Cell Enclosure: Copper-free Aluminum (i-2 only)
Sample System Enclosure: 304 or 316 stainless steel -
Hazardous area approvals
IECEx / ATEX / CNEx / KC / CCOE / CML Zone 1
-
Degree of protection
IP66
-
Product safety
CE
-
Metrological approvals
PAC China, Kazakhstan (i-1 only)
-
Measuring principle
TDLAS
-
Product Headline
An advanced gas analyzer for moisture (H2O) measurement. The SS2100i uses tunable diode laser absorption spectroscopy (TDLAS) to determine the concentration of the analyte without coming into physical contact with the stream.
-
Channels
1
-
Analyte and Measurement ranges
H2O (Moisture):
0 to 10 ppmv
0 to 100 ppmv
0 to 50 ppmv
0 to 5000 ppmv -
Measured Variables
Concentration
Moisture Dew Point
Cell Pressure
Cell Temperature
SS2100a gas analyzer
Exceptionally reliable for measuring trace gas components
- F
- L
- E
- X
Easy installation, simple operation, and low maintenance equal low cost of ownership
-
Measuring principle
TDLAS
-
Product Headline
An advanced gas analyzer for hydrogen sulfide (H2S) measurement. The SS2100a uses tunable diode laser absorption spectroscopy (TDLAS) to determine the concentration of the analyte without coming into physical contact with the stream.
-
Channels
1
-
Analyte and Measurement ranges
H2S (Hydrogen Sulfide):
0 to 10
0 to 1000 ppmv
0 to 5000 ppmv
0 to 5% volume -
Measured Variables
Concentration
Cell Pressure
Cell Temperature -
Ambient Temperature range
-20 to 50°C (-4 to 122°F)
Optional: -10 to 60°C (14 to 140°F) -
Operating Pressure range
Inlet Pressure: 140 to 350 kPa (20 to 50 psig)
Sample Cell: 800 to 1200 mbara or 950 to 1700 mbara (optional) -
Analyzer Wetted materials
316L stainless steel
FKM O-Rings
Glass -
Power supply
120 or 240 VAC ± 10 %, 50 to 60 Hz; 60W max (with 2 solenoids) – electronics enclosure
120 or 240 VAC, 50 to 60 Hz – standard; 100W or 200W max for heated systems – sample cabinet -
Communication
Analog Output: Two 4-20mA Isolated, 1200 ohms at 24 VDC max load (measurement value)
Analog Input: One 4-20mA Isolated, 1200 ohms at 24 VDC max load (process pressure)
Serial: RS232C and Ethernet
Protocol: Modbus Gould RTU or Daniel RTU or ASCII
Digital Outputs: 5, Concentration Alarm, General Fault, Validation Fail, Validation 1 Active, Validation 2 Active
Digital Inputs: 2, Flow Alarm, Validation Request -
Housing materials
Electronics: Copper-free Aluminum
Sample System Enclosure: 304 or 316 stainless steel -
Hazardous area approvals
ATEX Zone 2
-
Degree of protection
IP66
-
Product safety
CE
-
Measuring principle
TDLAS
-
Product Headline
An advanced gas analyzer for moisture (H2O) measurement. The SS2100a uses tunable diode laser absorption spectroscopy (TDLAS) to determine the concentration of the analyte without coming into physical contact with the stream.
-
Channels
1
-
Analyte and Measurement ranges
H2O (Moisture):
0 to 10 ppmv
0 to 100 ppmv
0 to 50 ppmv
0 to 5000 ppmv -
Measured Variables
Concentration
Moisture Dew Point
Cell Pressure
Cell Temperature -
Ambient Temperature range
-20 to 50°C (-4 to 122°F)
Optional: -10 to 60°C (14 to 140°F) -
Operating Pressure range
Inlet Pressure: 140 to 350 kPa (20 to 50 psig)
Sample Cell: 800 to 1200 mbara or 950 to 1700 mbara (optional) -
Analyzer Wetted materials
316L stainless steel
FKM O-Rings
Glass -
Power supply
120 or 240 VAC ± 10 %, 50 to 60 Hz; 60W max (with 2 solenoids) – electronics enclosure
120 or 240 VAC, 50 to 60 Hz – standard; 100W or 200W max for heated systems – sample cabinet -
Communication
Analog Output: Two 4-20mA Isolated, 1200 ohms at 24 VDC max load (measurement value)
Analog Input: One 4-20mA Isolated, 1200 ohms at 24 VDC max load (process pressure)
Serial: RS232C and Ethernet
Protocol: Modbus Gould RTU or Daniel RTU or ASCII
Digital Outputs: 5, Concentration Alarm, General Fault, Validation Fail, Validation 1 Active, Validation 2 Active
Digital Inputs: 2, Flow Alarm, Validation Request -
Housing materials
Electronics: Copper-free Aluminum
Sample System Enclosure: 304 or 316 stainless steel -
Hazardous area approvals
ATEX Zone 2
-
Degree of protection
IP66
-
Product safety
CE
-
Measuring principle
TDLAS
-
Product Headline
An advanced gas analyzer for carbon dioxide (CO2) measurement. The SS2100a uses tunable diode laser absorption spectroscopy (TDLAS) to determine the concentration of the analyte without coming into physical contact with the stream.
-
Channels
1
-
Analyte and Measurement ranges
CO2 (Carbon Dioxide):
0 to 10 ppmv
0 to 1000 ppmv
0 to 5000 ppmv
0 to 5% volume
0 to 10% volume
0 to 20% vol
SS2100 gas analyzer
Exceptionally reliable for measuring trace gas components
- F
- L
- E
- X
Easy installation, simple operation, and low maintenance equal low cost of ownership
-
Measuring principle
TDLAS
-
Product Headline
An advanced gas analyzer for hydrogen sulfide (H2S) measurement. The SS2100 uses tunable diode laser absorption spectroscopy (TDLAS) to determine the concentration of the analyte without coming into physical contact with the stream.
-
Channels
1
-
Analyte and Measurement ranges
H2S (Hydrogen Sulfide):
0 to 10 ppmv
0 to 1000 ppmv
0 to 5000 ppmv
0 to 5% volume -
Measured Variables
Concentration
Cell Pressure
Cell Temperature -
Ambient Temperature range
-20 to 50°C (-4 to 122°F)
Optional: -10 to 60°C (14 to 140°F) -
Operating Pressure range
Inlet Pressure: 140 to 350 kPa (20 to 50 psig)
Sample Cell: 800 to 1200 mbara or 950 to 1700 mbara (optional) -
Analyzer Wetted materials
316L stainless steel
FKM O-Rings
Glass -
Power supply
120 or 240 VAC ± 10 %, 50 to 60 Hz, 300W
(18 to 24 VDC – optional for electronics only)
3 Amps max at 120 VAC , 1.5 Amps max at 240 VAC Hz -
Communication
Analog Output: Two 4-20mA Isolated, 1200 ohms at 24 VDC max load
Serial: RS232C and Ethernet
Protocol: Modbus Gould RTU or Daniel RTU or ASCII
Digital Outputs: 5, Concentration Alarm, General Fault, Validation Fail, Validation 1 Active, Validation 2 Active
Digital Inputs: 2, Flow Alarm, Validation Request -
Housing materials
Electronics: 304 or 316L stainless steel
Sample System Enclosure: 304 or 316L stainless steel -
Hazardous area approvals
CSA Class I, Division 2
CSA Class I, Zone 2 -
Degree of protection
IP66, Type 4X
-
Measuring principle
TDLAS
-
Product Headline
An advanced gas analyzer for moisture (H2O) measurement. The SS2100 uses tunable diode laser absorption spectroscopy (TDLAS) to determine the concentration of the analyte without coming into physical contact with the stream.
-
Channels
1
-
Analyte and Measurement ranges
FieldCare SFE500
Universal device configuration
- F
- L
- E
- X
© Endress+Hauser
Universal field device configuration tool for HART, PROFIBUS, FOUNDATION Fieldbus, Modbus, IO-Link, EtherNet/IP, PROFINET and PROFINET APL. Access software portal
-
Measuring principle
Plant Asset Management
-
Application Task
Asset monitoring
Configuration & parameterization
Documentation & reports
Process monitoring & visualization
Maintenance management -
Field of Application
• Configuration and management of smart field devices in a facility
• Easy device configuration, maintenance management, condition-based maintenance and life cycle management
• Can be adapted to different needs depending on the license, and is therefore upgradeable at any time -
Operating systems
Windows 10 Professional (64 Bit)
Windows 10 Enterprise (64 Bit)
Windows 11 Professional (64 Bit)
Windows 11 Enterprise (64 Bit)
Windows Server 2016 LTSC (64 Bit)
Windows Server 2019 LTSC (64 Bit)
Windows Server 2022 LTSC (64 Bit) -
Processor type
Intel Core i9, Intel Core i7, Intel Core i5, >2GHz
-
Main memory
at least 8GB RAM
-
Hard-disk capacity
At least 20 GB should be available for a full installation and an appropriate reserve
-
Monitor resolution, display
1280 x 768, 64,000 colors
-
Digital communication
HART, PROFIBUS, FOUNDATION Fieldbus, Modbus, IO-Link, Ethernet/IP, PROFINET and PROFINET APL
-
Registered Trademarks
Microsoft, Windows, Windows 11, Windows Server, Windows 10 and the Microsoft logo are registered trademarks of the Microsoft Corporation.
All other brand and product names are trademarks or registered trademarks of the companies
and organisations in question.
DeviceCare SFE100
Configuration of Endress+Hauser devices
DeviceCare – Connect and configure Endress+Hauser field devices. Access software portal
-
Measuring principle
Plant Asset Management
-
Application Task
Asset monitoring
Configuration & parameterization
Documentation & reports
Process monitoring & visualization
Maintenance management -
Field of Application
DeviceCare is the tool developed by Endress+Hauser for the configuration of Endress+Hauser devices. All smart devices in a plant can be configured via a point-to-point or point-to-bus connection. The status information given provides users with a simple yet effective tool for monitoring devices. Automatic functions and wizards guide the user easily through the program. The user-friendly menus enable transparent and intuitive access to the field devices.
-
Operating systems
Windows Server 2008 R2 SP2
Windows 8.1
Windows 8.1 Professional
Windows 8.1 Enterprise
Windows 10 Professional
Windows 10 Enterprise -
Processor type
Intel Core M i3/i5/i7 ≥ 1.8 GHz
-
Main memory
2 GB RAM
-
Hard-disk capacity
Disk space needed:
600 MB DeviceCare -
Monitor resolution, display
1280 x 768, 64k colors
-
Other
Software required:
Microsoft .Net 3.5
Microsoft .Net 4.x
PDF Reader
Software installed:
DeviceCare
USB drivers
CommDTMs
Microsoft .Net 3.5 -
Digital communication
HART, PROFIBUS DP/PA, FOUNDATION Fieldbus, Modbus, CDI and Endress+Hauser service interfaces
-
Registered Trademarks
Microsoft, Windows, Windows 7, Windows 8.1, Windows Server 2008 R2, Windows 10 and the Microsoft logo are registered trademarks of the Microsoft Corporation.
All other brand and product names are trademarks or registered trademarks of the companies and organisations in question.
©Endress+Hauser
DeviceCare – Connect and configure Endress+Hauser field devices. Access software portal
©Endress+Hauser
DeviceCare – User-centered design that focuses on ease of use
© Endress+Hauser
DeviceCare – Connection examples with modems
© Endress+Hauser
DeviceCare – Connection Assistant: Transparent and intuitive device connection and configuration
© Endress+Hauser
DeviceCare – DTM dashboard: DTM (Device Type Manager) integrated in DeviceCare
DeviceCare – Connect and configure Endress+Hauser field devices. Access software portal
Specs at a glance
Connect to device
One-click automatic connectionConnection assistant
Communication protocols
HARTPROFIBUS DP/PAFOUNDATION FieldbusCDIEndress+Hauser InterfacesModbus
Hardware interfaces
Modems (USB/RS232)TCP/IPUSBPCMCIA
See all specifications
Bunker Metering Computer SBC600
Providing accuracy and efficiency in bunkering
Bunker Metering Computer SBC600
Field of application
The Bunker Metering Computer SBC600 collects, visualizes and stores bunkering data from all involved devices. Out of that data the Bunker Metering Computer will create batch tickets and metering profiles. The measuring system immediately reports irregularities during bunkering, making it possible to intervene quickly. The Bunker Metering Computer SBC600 is an integral part of the complete Bunker Metering Solution delivered by Endress+Hauser.
The intuitive operator interface ensures optimal control over the entire fueling process and safe operation due to immediate visualization of error messages. The Bunker Metering Computer SBC600 guarantees maximum operating convenience. This means less stress for the operator throughout the entire bunkering process. Thanks to the custody transfer approved the system is accepted worldwide and is fully tamper-proofed due to sealed components.
Benefits
Continuous bi-directional mass flow measurement using Coriolis flowmeters from Endress+Hauser. Patent dual phase flow measurement for maximum on accuracy even under severe conditions like tank stripping and maximum on application safety and measurement availability. The metering profile immediate intervention during excessive tank stripping or air injection is possible. Therefore no more time consuming and costly bunker disputes because of non-transparent bunkering operation. The custody transfer approved system delivers worldwide acceptance of measuring results. Transparency and traceability of setting changes is ensured by the audit trail. The intuitive and integrated 12” operating panel, touch screen (HMI) guarantees safe operation due to immediate visualization of error messages.
Memograph M RSG45 Advanced Data Manager
Saves, visualizes, analyzes and communicates
- F
- L
- E
- X
Advanced Data Manager Memograph M, RSG45
-
Measuring principle
Data manager
-
Measuring principle
Energymanager
-
Function
Secure data recording and signal analysis
visualization
integrated web server for device set-up
HART(R) transparency, RSG45 as a HART modem
E-Mail notification (encrypted mails)
100 ms scan rate, high speed storage cycle 100 ms
modular design for simple expansion
data readout and processing via Field Data Manager Software
OPC server for indication of instantaneous values (optional) -
Input
20 analog (max) (U, I, TC, RTD, frequency, pulse)
20 HART (max) (HART, 4…20mA)
14 digital (max) (control, event and counting inputs) -
Output
12 relays (max)
2 analog (max) (I, pulse)
1 transmitter power supply -
Interface
RS232/485
Ethernet
USB
Modbus RTU/TCP Slave
Modbus RTU/TCP Master
Profibus DP
PROFINET Device
EtherNet/IP Adapter -
Storage/Recording
internal memory
SD card
USB flash drive -
Display
TFT 7″ colour graphic display
TFT 7″ colour graphic display with touch panel -
Housing
panel mounting with zink diecast bezel
panel mounting with stainless steel bezel
desktop housing
field housing -
Power supply
100…230 V AC +/-10%
24V (-10%; +15%) AC/DC -
Certificates
CE
EAC
UL (US und CA)
ATEX II2G Ex px IIC Gb
ATEX II2D Ex pD IIIC Db
UL listed
PROFINET certified -
Software package
Batch software
Waste water software
Tele-alarm software
Energy software (water + steam)
Waste water + storm overflow + Tele Alarm
Tele-alarm software + energy software (water + steam)
-
Measuring principle
Energy manager
-
Measuring principle
Energymanager
-
Function
Mass flow and energy calculation for Water and Steam.
-
Calculations
Mass/heat quantity
heat quantity difference -
Number of applications
Not defined
-
Data storage
yes
-
Calculation standards
IAPWS-97
-
Communication
RS232/485
Ethernet
USB
Modbus RTU/TCP Slave
Modbus RTU/TCP Master
Profibus DP
PROFINET Device
EtherNet/IP Adapter -
Power supply
Not defined
-
Loop power supply
24 V DC +/-15%
-
Protection class
IP65 (front-panel)
-
Input
0…20 universal
HART
6…14 digital -
Output
2 analog
-
Dimensions (WxHxD)
195,2 x 149,2 x 227,1 mm (7,69″ x 5,87″ x 8,94″)
-
Operation
Navigator on-site, web server and via FieldCare/DeviceCare
RN22 active barrier, power supply, analog signal doubler
Intrinsically safe 24 VDC compact interface module for use in hazardous areas, SIL systems
- F
- L
- E
- X
RN22 active barrier, power supply, analog signal doubler
-
Measuring principle
Active barrier
-
Measuring principle
Active barrier
-
Function
1-channel
2-channel
Signal doubler -
Loop power supply
17,5 V ±1 V bei 20 mA open circuit
voltage: 24,5 V ±5 % -
Power Supply
24 V DC
-
Input
0/4…20 mA / HART
feeding/not feeding -
Output
0/4…20 mA / HART
active/passive -
Certificates
ATEX II3G Ex tc IIIC Dc
CSA C/US AIS, I/2/ABCD
EAC [Ex ia Ga] IIC, [Ex ia Da] IIIC, Ex ec IIC Gc
JPN [Ex ia Ga] IIC, [Ex ia Da] IIIC, Ex ec IIC Gc
INMETRO [Ex ia Ga] IIC,[Ex ia Da] IIIC, Ex ec IIC Gc
NEPSI [Ex ia Ga] IIC, [Ex ia Da] IIIC, Ex ec IIC Gc
UK II3G Ex tc IIIC Dc
UK II(1)G [Ex ia Ga] IIC, II(1)D [Ex ia Da] IIIC, II3G Ex ec IIC Gc
ATEX IECEx II(1)G [Ex ia Ga] IIC, II(1)D [Ex ia Da] IIIC, II3G Ex ec IIC Gc
UL C/US
DNV -
SIL
SIL 2 SC 3
-
Operation
HART
Field of application
The 1- or 2-channel RN22 active barrier powers analog instrument loops and safety instrumented systems up to SIL 2 (SC 3). The intrinsically safe, HART® transparent interface establishes a reliable link between field devices and process control. It interfaces with 2-/4-wire devices in hazardous areas and provides a second galvanically isolated signal output acc. to NAMUR NE 175. This opens a second channel for the process optimization domain without affecting the traditional automation system.
Single- or two-channel active barrier, power supply or signal doubler0/4 to 20 mA analog signal transmission (NAMUR NE 43) and galvanic isolationIntrinsic safety for operation in hazardous areas (Zone 2)Bidirectional HART® communication (transparent)2- and 4-wire capability for instruments in hazardous areas (Zones 0/20)Ambient temperature range: -40 … 60 °C (-40 … 140 °F)
Benefits
Intrinsically safe interface device suited for use in safety instrumented systems up to SIL 2 (SC 3) in accordance with IEC 61508 Quick and easy wiring with screw or push-in terminals or power supply via power rail T-connector Easy access to frontside HART® connection taps Compact housing: up to two channels on 12.5 mm (0.49 in) for efficient use of space in control cabinets
RIA45 Process meter with control unit
Multifunctional panel mounted process meter for monitoring and indication of analog measured values
- F
- L
- E
- X
-
Measuring principle
Indicators with control unit
-
Measuring principle
Process meter with control unit
-
Function
Display
Loop power supply
Transmitter functionality
Barrier
Signal isolation
Calculation
Limit alarm -
Display
Multicolor backlight LCD
White/black/yellow
Bargraph
Unit
TAG
Alarm warning in plain text -
Power Supply
20…250V AC/DC
-
Input
2 x universal (U, I, R, RTD, TC)
-
Output
1 x loop power supply
-
Output
1 x loop power supply
-
Software functions
Linearization
Minimum value per channel
Maximum value per channel
Calculation
Band value monitoring -
Certificates
ATEX II(1)GD [Ex ia] IIC
CSA General Purpose
CSA AIS, NI/I/2/ABCDEFG/T4
FM AIS, NI/I/2/ABCDEFG/T4
TIIS [Ex ia] IIC
NEPSI [Ex ia] IIC
UK II(1)G [Ex ia Ga] IIC, II(1)D [Ex ia Da] IIIC
marine certificate -
SIL
2
-
Panel mounting
panel mounting
-
Measuring principle
Display
-
Function
Display
Loop power supply
Transmitter functionality
Barrier
Signal isolation
Calculation
Limit alarm -
Certification
ATEX II (1)GD[Ex ia] 4C
CSA AIS, NI/I/2 ABCDEFG/T4
FM AIS, NI/I/2 ABCDEFG/T4
Marine approval
UR C/US -
Input
2 x universal (U, I, R, RTD, TC)
-
Output
2 x analogue output (I, U)
1 x loop power supply -
Relay output
2 x changeover contact
1 x open collector -
Auxiliary power supply / Loop power supply
20…250V AC/DC
-
Dimensions (wxhxd)
Panel housing:
96 x 48 x 175 mm
(3.78″ x 1.89″ x 6.89″) -
Software
Linearization
Minimum value per channel
Maximum value per channel
Calculation
Band value monitoring -
Operation
3 keys
Interface CDI to USB at PC + configuration software FieldCare -
Display
Multicolor backlight LCD
White/black/yellow
Bargraph
Unit
TAG
Alarm warning in plain text
Field of application
Analog measured values are indicated, evaluated and calculated by the process meter. With the integrated loop power supply two-wire sensors can be powered. The universal inputs enable the connection of current, voltage, RTDs and TCs. Limit values can be monitored and relays can be switched. Via analog outputs process signals can be forwarded. The integrated application package “differential pressure” allows the quick and easy commissioning for differential pressure applications.
The RIA45 panel meter exhibits a display, analog inputs for process and status signals, analog and digital outputs, and an interface for configuration. Connected sensors can be powered by the integrated LPS. All measured and calculated values are available as a signal source for display, outputs, relays and the interface.
Plant and apparatus engineering and construction
Control rooms and cabinets
Laboratories
Process recording and supervision
Process control
Signal adjustment and conversion
Benefits
5-digit 7-segment LC display, backlit 1 or 2 universal inputs 2 relays (optional) Min./max. value saved 1 or 2 calculated values and linearization table Digital status output (Open Collector)SIL2 approval (optional); marine approval
Fermentation Monitor QWX43
Measures continuously all parameters relevant for the fermentation process. For transparency in fermentation processes, for example in beer.
-
Measuring principle
Medium consistency
-
Measuring method
Continuous measurement of density, viscosity, ultrasonic velocity, temperature and all fermentation parameters
-
Application
Easy and convenient inline fermentation monitoring with a cloud-connected mulitparameter device
-
Supply voltage
24 V DC
10…30 V DC -
Measurement range
Measured values:
Viscosity: 0 to 1000 mPa s
Density: 0.3 to 2.0 g/cm³
Temperature: -5°C to 95°C (+23°F to +203°F)
Sound velocity: 800 to 2200 m/s
Calculated values:
Extract: up to 20° Plato
Alcohol: up to 15 % vol alcohol -
Accuracy
Measured errors:
Viscosity: 0.02 mPas
Density: 0.0001 g/cm³
Temperature: 0.08 °C
Sound velocity: 0.23 m/s -
Ambient temperature
-20°C…+60°C (-4°F…+140°F)
-
Process temperature
-10°C…+110°C
(-14°F…+230°F) -
Process pressure
Vacuum…16 bar
(Vacuum…232,1 psi) -
Output / communication
WLAN Webserver integrated
Digital ENDRESS + HAUSER Cloud Services -
Connection
Tri-Clamp ISO2852, DIN11851
DRD, Varivent N -
Ex certification
No Ex certificates
-
Additional certifications
EHEDG and 3-A conform constructed
EG1935/2004 -
Options
Tube extension
5 m cable
Plug connector M12
Field of application
The Fermentation Monitor QWX43 is installed directly in the fermentation tank and measures density, temperature, and acoustic velocity. Additionally, the QWX43 calculates all relevant fermentation parameters, such as degree of fermentation, residual extract, and alcohol content, the sugars of the wort or the fermentation rate.
All measured values can be integrated directly to the control system. The multi-sensor system provides precise and repeatable measurements in real time and data can be processed in Netilion, Endress+Hauser’s IIoT ecosystem. Thanks to Endress+Hauser’s Netilion app, users can track their fermentation processes via any internet enabled device. The fermentation process can be monitored at any time and from anywhere. Click here to learn more.
Benefits
No on-site presence requiredPrecise and repeatable measurements replace spindling and laboratory analysisMinute-by-minute update of the crucial process parameters, the results can be retrieved at any time and from anywhereData-driven process improvements through comparison of values from past batches and automatic notificationsAutomatic creation, saving and downloading of batches and valuesHygienic design enables tank-integrated cleaning
Liquid Analysis Physical Medium Properties Liquitrend QMW43
Compact device for continuous buildup thickness and conductivity measurement
- F
- L
- E
- X
-
Measuring principle
Medium consistency
-
Measuring method
Capacitive- conductive
-
Application
Continuous measurement of build-up and liquid conductivity
-
Supply voltage
10…30 VDC
IO-Link: 18…30 VDC -
Measurement range
Conductivity:
0 µS/ cm…100 mS/ cm
Build-up thickness:
0 mm…10 mm -
Accuracy
Build-up:
<= 1% of measuring range
Conductivity:
0…2 mS/ cm: <= 5% of reading
2…20 mS/ cm: <= 7% of reading
20…50 mS/ cm: <= 10% of reading
50…100 mS/ cm: <= 15% of reading -
Ambient temperature
-40°C…+70°C (-40°F…+158°F)
-
Process temperature
-20°C…+100°C
(-4°F…+212°F)
+150°C (+302°F) for 1h -
Process pressure
Vacuum…25 bar
(Vacuum…362.5 psi) -
Output / communication
4…20 mA
Frequency
IO-Link -
Connection
Threads G1″, G3/4″, M24,
Tri-Clamp ISO2852, DIN11851 -
Ex certification
No Ex certificates
CSA C/US General Purpose -
Additional certifications
EN10204- 3.1
EHEDG
3-A
EG1935/2004
CRN approval -
Options
Customer specific configuration
Cleaned from oil and grease
Surface roughness test
Welding- and process adapters
Field of application
The Liquitrend QMW43 is developed for the food and beverage industry to help customers to ensure product safety, improve quality and increase the availability of installations. Base your decisions on the unique and reliable measurement of buildup thickness and conductivity via the combination of conductive and capacitive measuring modes.
Cleaning optimization, blending homogeneity monitoring and media differentiation of liquids, suspensions, pasty media etc.For the use in storage, mixing and process vessels with or without an agitator, pipes and equipment peripheryProcess connections: Threads and hygienic connectionsSensor design: Flush-mounted, surface roughness Ra<0.76µm Temperature: -20 to +100°C (-4 to +212°F), CIP/SIP to 150°C (302°F) for 1 hourCertificates and declarations: 3A, FDA, EHEDG and EG1935/2005, EN10204- 3.1
Benefits
Reliable, repeatable and accurate measurement of buildup thickness and conductivity regardless of media type Conductive as well as capacitive measuring cycles, the device automatically detects the most accurate measuring mode and uses it automatically Verification of cleaning status without the need to open the tank Compact and flush-mounted stainless-steel sensor offers the perfect insight into the conditions in pipelines or tanks at all critical locations Plug and Play – simple commissioning without presettings Hygienic safety by Design and material traceability are a matter of course Integrated digital communication option via IO-Link
Absolute and gauge pressure Cerabar PMP75
Digital pressure transmitter with fully welded diaphragm seal for measurement in gases or liquids
- F
- L
- E
- X
-
Measuring principle
Absolute and gauge pressure
-
Characteristic
Digital transmitter with piezoresistive sensor and diaphragm seal
Modular transmitter
Long term stability
Minimum oil volume process connection
Enhanced safety via self diagnostic functions
Secondary process barrier -
Supply voltage
4…20 mA HART
10,5…45V DC (Non Ex):
Ex ia: 10,5…30V DC
PROFIBUS PA:
9…32 V DC (Non Ex)
FOUNDATION Fieldbus:
9…32 V DC (Non Ex) -
Reference Accuracy
0,075% + influence of diaphragm seal
-
Long term stability
0.05 % of URL/ year
0.07 % of URL/ 5 years
0.1 % of URL/ 10 years -
Process temperature
-70°C…400°C
(-94°F…752°F) -
Ambient temperature
-50°C…85°C
(-58°F…185°F) -
Measuring cell
400 mbar…400 bar
(5.8 psi…6000 psi)
relative/ absolute -
Smallest calibratable span
5 mbar (0.075 psi)
-
Vacuum resistance
10 mbar (0.15 psi)
-
Max. Turn down
100:1
-
Max. overpressure limit
1050 bar (15.750 psi)
-
Process connection
Thread:
G1/2…G2, R1/2, MNPT1/2…MNPT2, NPT1/2…NPT1
Flange:
DN25…DN100,
ASME 1″…4″,
JIS 10K
Diaphragm seal -
Process connection hygienic
Tri-Clamp
DIN11851
NEUMO
Varivent
SMS
DRD
Universal adapter -
Material process membrane
316L, AlloyC,
Tantal
Rhodium> Gold
PTFE -
Material gasket
None, diaphragm welded
-
Fill fluid
Silicone oil,
Inert oil,
Vegetable oil,
High temperature oil,
Low temperature oil, -
Material housing
Die-cast aluminum,
AISI 316L -
Communication
4…20 mA HART
PROFIBUS PA
FOUNDATION Fieldbus -
Certificates / Approvals
ATEX, CSA C/US, IEC Ex, JPN Ex, INMETRO, NEPSI, EAC
-
Safety approvals
SIL
-
Design approvals
EN10204-3.1
NACE MR0103 -
Hygienic approvals
Absolute and gauge pressure Cerabar PMP71
Digital pressure transmitter with welded metal sensor for measurement in gases, steam or liquids
- F
- L
- E
- X
-
Measuring principle
Absolute and gauge pressure
-
Characteristic
Digital transmitter with piezoresistive sensor and welded metallic membrane
Modular transmitter
Long term stability
Enhanced safety via self diagnostic functionsSecondary process barrier -
Supply voltage
4…20 mA HART
10,5…45V DC (Non Ex):
Ex ia: 10,5…30V DC
PROFIBUS PA:
9…32 V DC (Non Ex)
FOUNDATION Fieldbus:
9…32 V DC (Non Ex) -
Reference Accuracy
Standard: 0.05%
Platinum: up to 0.025% -
Long term stability
0.05 % of URL/ year
0.07 % of URL/ 5 years
0.1 % of URL/ 10 years -
Process temperature
-40°C…125°C
(-40°F…257°F) -
Ambient temperature
-50°C…85°C
(-58°F…185°F) -
Measuring cell
400 mbar…700 bar
(5.8 psi…10.500 psi)
relative/ absolute -
Smallest calibratable span
5 mbar (0.075 psi)
-
Vacuum resistance
10 mbar (0.15 psi)
-
Max. Turn down
100:1
-
Max. overpressure limit
1050 bar (15.750 psi)
-
Process connection
Thread:
G1/2…G2, R1/2, MNPT1/2…MNPT2, R1/2
Flange:
DN25…DN80,
ASME 1″…4″,
JIS 10K…20K -
Material process membrane
316L, AlloyC,
Rhodium> Gold -
Material gasket
None, measuring cell welded
-
Fill fluid
Silicone oil,
Inert oil -
Material housing
Die-cast aluminum,
AISI 316L -
Communication
4…20 mA HART
1- 5V DC Low Power
PROFIBUS PA
FOUNDATION Fieldbus -
Certificates / Approvals
ATEX, FM, CSA, CSA C/US, IEC Ex, JPN Ex, INMETRO, NEPSI, EAC, UK Ex
-
Safety approvals
Absolute and gauge pressure Cerabar PMP55
Digital pressure transmitter with fully welded diaphragm seal for measurement in gases or liquids
- F
- L
- E
- X
-
Measuring principle
Absolute and gauge pressure
-
Characteristic
Smart and reliable pressure transmitter, with piezoresistive measuring cell
and metal welded process isolating diaphragm and diaphragm seal. -
Supply voltage
4…20 mA HART
11,5…45V DC (Non Ex):
Ex ia: 11,5…30V DC
PROFIBUS PA:
9…32 V DC (Non Ex)
FOUNDATION Fieldbus:
9…32 V DC (Non Ex) -
Reference Accuracy
Standard 0.15%
Platinum 0.075% -
Long term stability
0.1% of URL/ year
0.2% of URL/ 5 years
0.25% of URL/ 10 years -
Process temperature
-70°C…+400°C
(-94°F…+752°F) -
Ambient temperature
-40°C…+85°C
(-40°F…+185°F) -
Measuring cell
400 mbar…400 bar
(5.8 psi…6000 psi)
relative/ absolute -
Smallest calibratable span
20 mbar (0.3 psi)
-
Vacuum resistance
50 mbar (0.73 psi)
-
Max. Turn down
20:1
-
Max. overpressure limit
600 bar (9000 psi)
-
Process connection
Thread:
G1/2…G2, MNPT1/2…MNPT2
Flange:
DN25…DN100,
ASME 1″…4″,
JIS 10k
Diaphragm seal -
Process connection hygienic
Tri-Clamp
DIN11851
DIN11864-1
NEUMO
Varivent
SMS
DRD
Universal adapter -
Material process membrane
316L, AlloyC,
Tantal, PTFE,
Rhodium>Gold -
Material gasket
None, diaphragm welded
-
Fill fluid
Silicone oil,
Inert oil,
Vegetable oil,
High temperature oil,
Low temperature oil, -
Material housing
Die-cast aluminum,
AISI 316L -
Communication
4…20 mA
4…20 mA HART
PROFIBUS PA
FOUNDATION Fieldbus
IO-Link -
Certificates / Approvals
ATEX, FM, CSA, CSA C/US, IEC Ex, INMETRO, NEPSI, UK Ex
-
Safety approvals
SIL
-
Design approvals
EN10204-3.1
NACE MR0103 -
Hygienic approvals
Cerabar PMP51B – pressure transmitter
Smart pressure transmitter with metal membrane for highly accurate measurement of liquids and gases
- F
- L
- E
- X
-
Measuring principle
Absolute and gauge pressure
-
Characteristic
Pressure transmitter with metal membrane for accurate measurement in liquids or gases.
Available with diaphragm seals.
Intuitive and clear wizard for commissioning -
Supply voltage
Ex d, Ex e, non-Ex:
10.5…35V DC
Ex i: 10.5…30V DC -
Reference Accuracy
Standard:
up to 0.075 %
Platinum:
up to 0.055 % -
Long term stability
0.1% of URL/year
0.2% of URL/ 5 years
0.25% of URL/ 10 years -
Process temperature
Standard:
-40°C…+125°C
(-40°F…+257°F)
Diaphragm seal:
-70°C…+400°C
(-x°F…+752°F) -
Ambient temperature
-40°C…+85°C
(-40°F…+185°F) -
Measuring cell
400 mbar…400 bar
(6psi…6,000psi) -
Smallest calibratable span
20 mbar (0.3 psi)
-
Vacuum resistance
50 mbar (0.725 psi)
-
Max. Turn down
100:1
-
Max. overpressure limit
2,800 bar (40,600 psi)
-
Process connection
Thread:
G1/2…G2, R1/2, MNPT3/4…MNPT2,
FNPT1/2
Flange:
DN25…DN80,
NPS 1″…3″ -
Process connection hygienic
Process connection hygienic
-
Material process membrane
316L, AlloyC,
Tantal, Monel,
PTFE -
Material gasket
PTFE
-
Fill fluid
Silicone oil, Inert oil,
Vegetable oil,
High/ low temperature oil -
Material housing
Aluminium
-
Communication
4…20 mA,
4…20 mA HART
PROFINET with Ethernet-APL
Bluetooth® wireless
technology and app (optional) -
Certificates / Approvals
ATEX, IEC Ex, CSA C/US, NEPSI
-
Safety approvals
SIL
-
Design approvals
EN10204-3.1,
NACE MR0175,
NACE MR0103 -
Hygienic approvals
Hygienic approvals
-
Marine approvals
Marine approvals
-
Drinking water approvals
NSF
-
Specialities
Bluetooth® Operation and maintenance SmartBlue App,
RFID TAG for easy identification,
Plug and play functionalities
-
Measuring principle
Absolute and gauge pressure
-
Characteristic / Application
Pressure transmitter with metal membrane for accurate measurement in liquids or gases.
Available with diaphragm seals.
Intuitive and clear wizard for commissioning
Absolute and gauge pressure Cerabar PMP51
Digital pressure transmitter with welded metal sensor for measurement in gases, steam or liquids
- F
- L
- E
- X
-
Measuring principle
Absolute and gauge pressure
-
Characteristic
Smart and reliable pressure transmitter, with piezoresistive measuring cell
and metal welded process isolating
diaphragm -
Supply voltage
4…20mA HART
11,5…45V DC (Non Ex):
Ex ia: 11,5…30V DC
PROFIBUS PA:
9…32 V DC (Non Ex)
FOUNDATION Fieldbus:
9…32 V DC (Non Ex) -
Reference Accuracy
Standard 0.1%
Platinum 0.075% -
Long term stability
0.1% of URL/year
0.2% of URL/ 5 years
0.25% of URL/ 10 years -
Process temperature
-40°C…+130°C
(-40°F…+266°F
+150°C for 1h
(+302°F for 1h) -
Ambient temperature
-40°C…+85°C
(-40°F…+185°F) -
Measuring cell
400mbar…400bar
(5.8 psi…6000psi)
relative/ absolute -
Smallest calibratable span
20 mbar (0.3 psi)
-
Vacuum resistance
10 mbar (0.15 psi)
-
Max. Turn down
20:1
-
Max. overpressure limit
600bar (9000psi)
-
Process connection
Thread:
G1/2…G2, MNPT1/2…MNPT2
Flange:
DN25…DN80,
ASME 1 1/2″…4″, -
Process connection hygienic
Tri-Clamp
DIN11851
NEUMO
Varivent N
SMS
DRD -
Material process membrane
316L, AlloyC,
Rhodium>Gold -
Material gasket
None, measuring cell welded
-
Fill fluid
Silicone oil,
Inert oil -
Material housing
Die-cast aluminum,
AISI 316L -
Communication
4…20 mA
4…20 mA HART
PROFIBUS PA
FOUNDATION Fieldbus
IO-Link -
Certificates / Approvals
ATEX, FM, CSA, CSA C/US, IEC Ex, INMETRO, NEPSI, UK Ex
-
Safety approvals
SIL
-
Design approvals
EN10204-3.1
NACE MR0175 -
Hygienic approvals
3A, EHEDG
CoC ASME-BPE -
Marine approvals
GL/ ABS/ LR/ BV/ DNV
-
Drinking water approvals
NSF
-
Successor
PMP51B
Absolute and gauge pressure Cerabar PMP23
Cost-effective pressure transducer with fully welded design for the food & beverage industry
- F
- L
- E
- X
-
Measuring principle
Absolute and gauge pressure
-
Characteristic
Cost-effective pressure transducer, piezoresistive sensor with metallic measuring diaphragm for hygienic applications
-
Supply voltage
10…30 VDC
-
Reference Accuracy
0.3 %
-
Long term stability
0.2 % of URL/year
-
Process temperature
-10 °C…+100 °C
(+14 °F…+212 °F)
+135 °C for 1 h
(+275 °F for 1 h) -
Ambient temperature
-40 °C…+85 °C
(-40 °F…+185 °F) -
Measuring cell
+400 mbar…+40 bar
(+6 psi…+600 psi) -
Max. overpressure limit
160 bar (2400 psi)
-
Process connection
Threads:
G1, M24 -
Process connection hygienic
DIN11851,
Clamp,
SMS,
Varivent,
Universal adapter -
Communication
4…20 mA
IO- Link -
Certificates / Approvals
ATEX, FM, CSA, IEC Ex, NEPSI, UK Ex
-
Design approvals
EN 10204-3.1Final inspection report
Cleaned from oil + grease
Surface roughness measurement -
Hygienic approvals
3A, EHEDG
EG1935/ 2004
-
Measuring principle
Absolute and gauge pressure
-
Characteristic / Application
Cost-effective pressure transducer, piezoresistive sensor with metallic measuring diaphragm for hygienic applications
-
Supply / Communication
10…30 VDC
-
Accuracy
0.3%
-
Long term stability
0.2% of URL/year
-
Ambient temperature
-40…+85°C
(-40…+185°F) -
Process temperature
-10…+100°C
(+14…+212°F)
135°C for 1h
(275°F for 1h) -
Process pressure / max. overpressure limit
160 bar (2400 psi)
-
Pressure measuring range
400 mbar…+40 bar
(6…+600psi) -
Process connection
Thread:
G1, M24 -
Process connection hygienic
DIN11851,
Clamp,
SMS,
Varivent,
Universal adapter -
Communication
4…20 mA
IO- Link -
Certificates / Approvals
ATEX, FM, CSA, IEC Ex, NEPSI, UK Ex
-
Design approvals
EN 10204-3.1
Final inspection report
Cleaned from oil + grease
Surface roughness measurement -
Hygienic approvals
3A, EHEDG
EG1935/ 2004
Field of application
The Cerabar PMP23 is a price-attractive and compact absolute or gauge pressure transmitter. The piezo-resistive measuring cell with flush-mounted 316L diaphragm was designed for applications in the hygienic industry. PMP23 offers various EHEDG and 3-A certified hygienic process connections, materials with FDA conformity, EG1935/2004 conformity, IP69 protection, optional IO-Link and hazardous area certificates. The device can be delivered with customized measuring ranges up to 40bar.
Pressure transducer to measure absolute or gauge pressure in gases or liquids.
Process connections: Flush-mounted hygienic connections, flush mounted thread connections
Process temperature: -10°C to +100°C (-40°F to +212°F) and +135°C (+275°F) for max. 1h
Process pressure: 400mbar to +40bar (6 to 600psi)
Accuracy: ±0.3% of span
International explosion protection certificates, hygienic certificates
Benefits
Absolute and gauge pressure Cerabar PMP21
Cost-effective pressure transducer with metal sensor for measurement in gases or liquids
- F
- L
- E
- X
-
Measuring principle
Absolute and gauge pressure
-
Characteristic
Cost-effective pressure transducer, piezoresistive sensor with metallic measuring diaphragm
-
Supply voltage
10…30 VDC
-
Reference Accuracy
0.3 %
-
Long term stability
0.2 % of URL/year
-
Process temperature
-40 °C…+100 °C
(-40 °F…+212 °F) -
Ambient temperature
-40 °C…+85 °C
(-40 °F…+185 °F) -
Measuring cell
+400 mbar…+400 bar
(+6 psi…+6000 psi) -
Max. overpressure limit
600 bar (9000 psi)
-
Process connection
Threads:
G1/4, G1/2,
MNPT1/4, MNPT1/2,
DIN13,
JIS R1/2 -
Communication
4…20 mA, IO-Link
-
Certificates / Approvals
ATEX, FM, CSA, IEC Ex, NEPSI, UK Ex
-
Design approvals
EN 10204-3.1 Final inspection report
Cleaned from oil and grease -
Marine approvals
DNV/ GL/ ABS/ LR/ RINA
-
Measuring principle
Absolute and gauge pressure
-
Characteristic / Application
Cost-effective pressure transducer, piezoresistive sensor with metallic measuring diaphragm
-
Supply / Communication
10…30 VDC
-
Accuracy
0.3%
-
Long term stability
0.2% of URL/year
-
Ambient temperature
-40…+85°C
(-40…+185°F) -
Process temperature
-40…+100°C
(-40…+212°F) -
Process pressure / max. overpressure limit
600 bar (9000 psi)
-
Pressure measuring range
400 mbar…+400 bar
(6…+6000psi) -
Process connection
Thread:
G1/4, G1/2,
MNPT1/4, MNPT1/2,
DIN13,
JIS R1/2 -
Communication
4…20 mA, IO-Link
-
Certificates / Approvals
ATEX, FM, CSA, IEC Ex, NEPSI, UK Ex
-
Design approvals
EN 10204-3.1
Final inspection report
Cleaned from oil and grease -
Marine approval
DNV/ GL/ ABS/ LR/ RINA
Field of application
The Cerabar PMP21 is a price-attractive and very compact pressure transmitter. It features a piezo-resistive sensor and is able to measure absolute or gauge pressure from 400mbar up to 400bar. The PMP21 is designed to withstand the harsh conditions in the process industry with ingress protection grades up to IP 68 and high quality materials like 316L. It can be used in most areas as it offers various certifications like hazardous area or marine certificates.
Pressure transducer with piezo-resistive metal sensor to measure absolute or gauge pressure in gases or liquids.
Process connections: Threads
Process temperature: -40 to +100°C (-40 to +212°F)
Process pressure: 400mbar to +400bar (6 to 6,000psi)
Accuracy: ±0.3% of span
International explosion protection certificates, marine approvals
Benefits
Easy and time-saving installation and set up within the plant due to very compact construction and customizable measuring ranges High reference accuracy of 0.3% together with high long- term stability and repeatability ensures a high quality of process monitoring Enhanced process availability is underpinned by the stringent use of 316L material and the possibility of a submersible version with IP68 ingress protection rating The need for documentation and traceability as well as safety in the plant can be supported by PMP21 as it ensures the compliance to various hazardous area and marine certifications and features optional EN10204 3.1 material certificates
Differential pressure Deltabar PMD75
Differential pressure transmitter with metal sensor for measurement of pressure differences
- F
- L
- E
- X
-
Measuring principle
Differential pressure
-
Characteristic
Digital transmitter with metallic measuring diaphragms
Modular transmitter
Long-term stability
High static pressure/Overload resistance
Secondary process barrier -
Supply voltage
4…20 mA HART
10,5…45V DC (Non Ex):
Ex ia: 10,5…30V DC
PROFIBUS PA:
9…32 V DC (Non Ex)
FOUNDATION Fieldbus:
9…32 V DC (Non Ex) -
Reference Accuracy
Standard: 0.05%
Platinum: up to 0.035% -
Long term stability
0.03 % of URL/ year
0.05 % of URL/ 5 years
0.08 % of URL/ 10 years -
Process temperature
-40°C…85°C
(-40°F…185°F) -
Ambient temperature
-50°C…85°C
(-58°F…185°F) -
Measuring cell
10 mbar…250 bar
(0.15 psi…3750 psi) -
Smallest calibratable span
1 mbar (0.015 psi)
-
Vacuum resistance
50 mbar (0.73 psi)
-
Max. Turn down
100:1
-
Max. overpressure limit
On one side:
420 bar
(6300psi) -
Process connection
1/4-18NPT
RC1/4″ -
Material process membrane
316L, AlloyC,
Tantal,
Gold-Rhodium -
Material gasket
Viton, PTFE, EPDM, NBR
-
Fill fluid
Silicone oil
Inert oil -
Material housing
316L, Die-cast aluminum
-
Communication
4…20 mA HART
PROFIBUS PA
FOUNDATION Fieldbus -
Certificates / Approvals
ATEX, FM, CSA, CSA C/US, IEC Ex, INMETRO, NEPSI, EAC, UK Ex
-
Safety approvals
SIL
-
Design approvals
NACE MR0103
EN10204-3.1 -
Marine approvals
GL/ ABS
-
Specialities
Diagnostic functions
Deltabar PMD55B – differential pressure transmitter
Smart transmitter with metal membrane for differential pressure monitoring in liquids and gases
- F
- L
- E
- X
-
Measuring principle
Differential pressure
-
Characteristic
Transmitter with metal membrane for differential pressure monitoring in liquids or gases.
Intuitive and clear wizard for commissioning -
Supply voltage
Ex d, Ex e, non-Ex:
10.5…35V DC
Ex i: 10.5…30V DC -
Reference Accuracy
Standard:
up to 0.075 %
Platinum:
up to 0.055 % -
Long term stability
0.05 % of URL/ year
0.13 % of URL/ 5 years
0.23 % of URL/ 10 years -
Process temperature
-40°C…+110°C
(-40°F…+230°F) -
Ambient temperature
-40°C…+85°C
(-40°F…+185°F) -
Measuring cell
30 mbar…40 bar
(0.45 psi…600 psi) -
Smallest calibratable span
0.3 mbar (0.0045 psi)
-
Vacuum resistance
25 mbar (0.0375 psi)
-
Max. Turn down
100:1
-
Max. overpressure limit
250 bar (3750 psi)
-
Process connection
NPT1/4-18,
RC1/4″ -
Material process membrane
316L, AlloyC
-
Material gasket
PTFE, FKM, EPDM, FFKM
-
Fill fluid
Silicone oil,
Inert oil -
Material housing
Aluminium
-
Communication
4…20 mA HART
PROFINET with Ethernet-APL
Bluetooth® wireless
technology and app (optional) -
Certificates / Approvals
ATEX, IEC Ex, CSA C/US, NEPSI
-
Safety approvals
SIL
-
Design approvals
EN10204-3.1,
NACE MR0175,
NACE MR0103 -
Drinking water approvals
NSF, KTW
-
Specialities
Bluetooth® Operation and maintenance SmartBlue App,
RFID TAG for easy identification,
Plug and play functionalities
-
Measuring principle
Differential pressure
-
Characteristic / Application
Transmitter with metal membrane for differential pressure monitoring in liquids or gases.
Intuitive and clear wizard for commissioning -
Specialities
Bluetooth® Operation and maintenance with SmartBlue App,
RFID TAG for easy identification,
Plug and play functionalities -
Supply / Communication
Ex d, Ex e, non-Ex::
10.5…35V DC
Ex i: 10.5…30V DC -
Accuracy
Standard:
up to 0.075 %
Platinum:
up to 0.055 % -
Long term stability
0.05 % of URL/ year
0.13 % of URL/ 5 years
0.23 % of URL/ 10 years -
Ambient temperature
-40°C…+85°C (-40°F…+185°F)
-
Process temperature
-40°C…+110°C (-40°F…+230°F)
-
Differential pressure Deltabar PMD55
Differential pressure transmitter with metal sensor for measurement of pressure differences
- F
- L
- E
- X
-
Measuring principle
Differential pressure
-
Product headline
Digital transmitter with metallic measuring diaphragms
Compact size
Modular transmitter
Long-term stability -
Max. measurement error
0,1%
“PLATINUM” 0,075% -
Max. process pressure
10mbar…40bar
(0.15…580psi) -
Medium temperature range
Temperature gradient from pressure piping
-
Display/Operation
Option
-
Outputs
4…20mA HART
-
Digital communication
HART
-
Hazardous area approvals
ATEX, FM, CSA, IECEx, INMETRO, NEPSI, TIIS
-
Functional safety
SIL
-
Material certificates
NACE MR0103
NACE MR0175
EN10204-3.1
-
Measuring principle
Differential pressure
-
Characteristic
Digital transmitter with metallic measuring diaphragms
Compact size
Modular transmitter
Long-term stability -
Supply voltage
4…20 mA HART
11,5…45V DC (Non Ex):
Ex ia: 11,5…30V DC
PROFIBUS PA:
9…32 V DC (Non Ex)
FOUNDATION Fieldbus:
9…32 V DC (Non Ex) -
Reference Accuracy
Standard 0.1%
Platinum 0.075% -
Long term stability
0.05% of URL/ year
0.13% of URL/ 5 years
0.23% of URL/ 10 years -
Process temperature
-40°C…+85°C
(-40°F…+185°F) -
Ambient temperature
-40°C…+85°C
(-40°F…+185°F) -
Measuring cell
10 mbar…40 bar
(0.15…580 psi) -
Smallest calibratable span
10 mbar (0.15 psi)
-
Max. Turn down
20:1
-
Max. overpressure limit
on one side:
160 bar
(2300 psi) -
Process connection
1/4-18 NPT
-
Material process membrane
316L, AlloyC,
-
Material gasket
Viton, PTFE, EPDM, NBR
-
Fill fluid
Absolute and gauge pressure Cerabar PMC71
Digital pressure transmitter with oil-free ceramic sensor for measurement in gases or liquids
- F
- L
- E
- X
-
Measuring principle
Absolute and gauge pressure
-
Characteristic
Digital transmitter with capacitive sensor and ceramic membrane
Modular transmitter
Long term stability
Enhanced safety via self diagnostic functions
Secondary process barrier -
Supply voltage
4…20 mA HART
10,5…45V DC (Non Ex):
Ex ia: 10,5…30V DC
PROFIBUS PA:
9…32 V DC (Non Ex)
FOUNDATION Fieldbus:
9…32 V DC (Non Ex) -
Reference Accuracy
Standard: 0.05%
Platinum: up to 0.025% -
Long term stability
0.05 % of URL/ year
0.08 % of URL/ 5 years
0.1 % of URL/ 10 years -
Process temperature
-20°C…150°C
(-4°F…257°F) -
Ambient temperature
-40°C…85°C
(-40°F…185°F) -
Measuring cell
100 mbar…40 bar
(1.5 psi…600 psi)
relative/ absolute -
Smallest calibratable span
5 mbar (0.075 psi)
-
Vacuum resistance
0 mbar abs.
-
Max. Turn down
100:1
-
Max. overpressure limit
60 bar (900 psi)
-
Process connection
Thread:
G1/2…G2, R1/2, MNPT1/2…MNPT2
Flange:
DN25…DN80,
ASME 1″…4″,
JIS 10K -
Process connection hygienic
Tri-Clamp
DIN11851
Varivent N
SMS
DRD -
Material process membrane
Ceramic
-
Material gasket
Viton, EPDM, Chemraz, Kalrez, NBR
-
Fill fluid
none, dry measuring cell
-
Material housing
Die-cast aluminum,
AISI 316L -
Communication
4…20 mA HART
PROFIBUS PA
FOUNDATION Fieldbus -
Certificates / Approvals
ATEX, FM, CSA, CSA C/US, IEC Ex, JPN Ex, INMETRO, NEPSI, EAC, UK Ex
-
Design approvals
EN10204-3.1
-
Hygienic approvals
3A, EHEDG
-
Marine approvals
GL/ ABS
Absolute and gauge pressure Cerabar PMC51
Digital pressure transmitter with oil-free ceramic sensor for measurement in gases or liquids
- F
- L
- E
- X
-
Measuring principle
Absolute and gauge pressure
-
Characteristic
Smart and reliable pressure transmitter with capacitive measuring cell and ceramic process isolating diaphragm Ceraphire)
-
Supply voltage
4…20 mA HART
11,5…45V DC (Non Ex):
Ex ia: 11,5…30V DC
PROFIBUS PA:
9…32 V DC (Non Ex)
FOUNDATION Fieldbus:
9…32 V DC (Non Ex) -
Reference Accuracy
Standard 0.1%
Platinum 0.075% -
Long term stability
0.2% of URL/ year
0.4% of URL/ 5 years
0.5% of URL/ 10 years -
Process temperature
-40°C…+130°C
(-40°F…+266°F
+150°C for 1h
(+302°F for 1h) -
Ambient temperature
-40°C…+85°C
(-40°F…+185°F) -
Measuring cell
100 mbar…40 bar
(1.5 psi…600 psi)
relative/ absolute -
Smallest calibratable span
10 mbar (0.15 psi)
-
Vacuum resistance
0 mbar abs.
-
Max. Turn down
20:1
-
Max. overpressure limit
60 bar (900 psi)
-
Process connection
Thread:
G1/2…G2, R1/2, MNPT1/2
Flange:
DN25…DN80,
ASME 1″…4″,
JIS 10K -
Process connection hygienic
Tri-Clamp
DIN11851
DIN11864-1
NEUMO
Varivent N
SMS
DRD -
Material process membrane
Ceramic
-
Material gasket
Viton, EPDM, NBR, Kalrez
-
Fill fluid
None, dry measuring cell
-
Material housing
Die-cast aluminum,
AISI 316L -
Communication
4…20 mA
4…20 mA HART
PROFIBUS PA
FOUNDATION Fieldbus
IO-Link -
Certificates / Approvals
ATEX, FM, CSA, CSA C/US, IEC Ex, INMETRO, NEPSI, UK Ex
Absolute and gauge pressure Cerabar PMC21
Cost-effective pressure transducer with ceramic sensor for measurement in gases or liquids
- F
- L
- E
- X
-
Measuring principle
Absolute and gauge pressure
-
Characteristic
Cost effective pressure transducer, capacitive sensor with ceramic measuring diaphragm
-
Supply voltage
10…30 VDC
-
Reference Accuracy
0.3 %
-
Long term stability
0.2 % of URL/year
-
Process temperature
-25 °C…+100 °C
(-13 °F….+185 °F) -
Ambient temperature
-40 °C…+85 °C
(-40 °F…+185 °F) -
Measuring cell
+100 mbar…+40 bar
(+1.5 psi…+600 psi) -
Max. overpressure limit
max. 60 bar
(900 psi) -
Process connection
Threads:
G1/4, G1/2,
MNPT 1/4, MNPT 1/2,
DIN13,
JIS R1/2 -
Communication
4…20 mA, IO-Link
-
Certificates / Approvals
ATEX, FM, CSA, IEC Ex, NEPSI, UK Ex
-
Design approvals
EN 10204-3.1 Final inspection report
Cleaned from oil and grease
Cleaned for oxygen applications -
Marine approvals
RINA, KR
-
Measuring principle
Absolute and gauge pressure
-
Characteristic / Application
Cost effective pressure transducer, capacitive sensor with ceramic measuring diaphragm
-
Supply / Communication
10…30 VDC
-
Accuracy
0.3 %
-
Long term stability
0.2 % of URL/year
-
Ambient temperature
-40 °C…+85 °C
(-40 °F…+185 °F) -
Process temperature
-25 °C…+100 °C
(-13 °F….+185 °F) -
Process pressure / max. overpressure limit
max. 60 bar
(900 psi) -
Pressure measuring range
+100 mbar…+40 bar
(+1.5 psi…+600 psi) -
Process connection
Threads:
G1/4, G1/2,
MNPT 1/4, MNPT 1/2,
DIN13,
JIS R1/2 -
Communication
4…20 mA, IO-Link
-
Certificates / Approvals
ATEX, FM, CSA, IEC Ex, NEPSI, UK Ex
-
Design approvals
EN 10204-3.1 Final inspection report
Cleaned from oil and grease
Cleaned for oxygen applications -
Marine approval
RINA, KR
Field of application
The Cerabar PMC21 is a very compact pressure transmitter. It features a capacitive, oil-free ceramic sensor and is able to measure absolute or gauge pressure from 100mbar up to 40bar. It is designed to withstand the harsh conditions in the process industry with ingress protection grades up to IP68 and highly abrasion resistant Ceraphire membrane as well as high quality 316L housing. It can be used in most areas as it offers various certifications like hazardous area or marine certificates.
Pressure transducer with capacitive, oil-free ceramic sensor to measure absolute or gauge pressure in gases or liquids.
Process connections: Threads
Process temperature: -25 to +100°C (-13 to +212°F)
Process pressure: 100mbar to +40bar (1,5 to +600psi)
Accuracy: ±0.3% of span
International explosion protection certificates, marine approvals, cleaning for oxygen applications
Benefits
Easy and time-saving installation and set up within the plant due to very compact construction and customizable measuring ranges High reference accuracy of 0.3% together with high long- term stability and repeatability ensures a high quality of process monitoring. High quality guaranteed by 100% test coverage during production The high process availability even in difficult process environment is guaranteed due to various cleaning options and connection options. Furthermore IP68 version are available The need for documentation and traceability as well as safety in the plant can be supported by PMC21 as it ensures the compliance to various hazardous area and marine certifications and features optional EN10204 3.1 material certificates
OXY5500 oxygen analyzer
Accurate and reliable O2 measurements for natural gas and gas processing applications
- F
- L
- E
- X
Quenched fluorescence (QF) technology is ideally suited for measuring in natural gas and gas processing applications
-
Measuring principle
Quenched Fluorescence
-
Product Headline
Compact, single channel oxygen (O2) analyzer with an LCD display and built-in data logger. The sensor measures oxygen using quenched fluorescence (QF) technology, which is inserted into the process stream and is connected to the controller by an optical fiber.
-
Channels
1
-
Analyte and Measurement ranges
O2 (Oxygen):
0 to 100 ppmv (minimum)
0 to 20% volume (maximum) -
Measured Variables
Concentration
Cell Pressure
Cell Temperature -
Ambient Temperature range
-20 to 50°C (-4 to 122°F)
-
Operating Pressure range
Inlet Pressure: 140 to 275 kPa (20 to 40 psig)
Sample Cell: 800 to 1200 mbara -
Analyzer Wetted materials
304 & 316 stainless steel
FKM O-Rings -
Power supply
108 to 253 VAC, 50/60 Hz; 5.3 Watts at 120VAC; 6.6 Watts at 240VAC
or
9 to 30 VDC (CSA), 18 to 30 VDC (IECEx/ATEX); 4.7 Watts at 24VDC -
Communication
Analog Output: Two 4-20 mA outputs
Analog Input: One 4-20 mA input (sample pressure)
Fieldbus: RS-232C, RS-485, & Ethernet 10/100 with Modbus
Output Relays: Qty 2, 250 mA max load (Concentration and Fault Alarms)
USB 2.0 Works With Service Software Only
4 GB Internal Memory with Internal Data Logging -
Housing materials
Electronics: 304 or 316L stainless steel
-
Hazardous area approvals
ATEX / IECEx – Zone 2
CSA Class I, Division 2 -
Degree of protection
IP64, Type 4X
-
Product safety
CE
RCM
FCC
Field of application
The OXY5500 oxygen analyzer is a compact, stand-alone, single channel analyzer that uses quenched fluorescence (QF) technology to reliably measure oxygen in natural gas and gas processing applications. A sensor probe is inserted into the process stream and is connected to the controller by an optical fiber. Featuring an LCD display and built-in data logger, the OXY5500 also has full sample conditioning systems available as well as software for a PC interface.
Natural gas quality measurements in production, storage, transportation, and distribution Monitoring in natural gas, upstream of production and gathering sites Measurable range from ppm levels to 0-20% O2 Trace measurements as low as 0-10 ppmv oxygen in hydrogen for electrolyzer applications Ideal for CCUS applications since optical oxygen measurement is unaffected by CO2 or H2S in the process
Benefits
Easy to navigate display and menuSmall optical sensor with no membrane or consumable chemicalsOptical measurement with fast, continuous responseExcellent long-term stabilityNot affected by H2SNo moving parts, simple operationData logging for 30 days
Radar measurement Micropilot NMR84
For high accurate non-contact level measurement in stilling well applications in custody transfer
- F
- L
- E
- X
-
Measuring principle
Level radar
-
Characteristic / Application
Planar antenna, 6GHz: High precision measurement for for storage tanks up to 30 m (98ft)
-
Specialities
Custody transfer level measurement
-
Supply / Communication
85-264VAC
52-74VAC
19-64VDC -
Accuracy
up to 0.5 mm
-
Ambient temperature
Standard:
-40°C…60°C
(-40°F…140°F)
For calibration to regulatory
standards:
-25°C…55°C
(-13°F…131°F) -
Process temperature
-40°C…150°C
(-40°F…302°F) -
Process pressure / max. overpressure limit
Vacuum … 25 bar abs
-
Main wetted parts
316L, PTFE
-
Process connection
Flange:
DN100/4″…DN300/12″
UNI-Flange:
DN150/6″…DN300/12″ -
Max. measurement distance
40 m (131 ft)
For calibration to regulatory standards:
30 m (98 ft) -
Communication
Outputs:
Fieldbus: Modbus RS485, V1, WM550
HART, BPM and TRL/2 (via GE option)
Analog 4-20mA output (Exi/ Exd)
Relay output (Exd)
Inputs:
Analog 4-20mA input (Exi/ Exd)
2-, 3-, 4-wire RTD input
Discrete input (Exd, passive/ active) -
Certificates / Approvals
ATEX, FM, IEC Ex, EAC, JPN Ex, KC Ex,
INMETRO, NEPSI, UK Ex -
Safety approvals
Overfill protection WHG
SIL -
Design approvals
EN 10204-3.1
NACE MR0175, MR0103
AD2000 -
Metrological approvals and certificates
OIML, NMi, PTB
-
Options
Redundant fieldbus
Alu-coated or 316L housing
Weather protection cover -
Application limits
Maximum measuring range is
dependent on the tank form and/
or application
Strong condensate or build-up
formation
Field of application
Micropilot NMR84 is used for custody transfer and inventory control applications with NMi- and PTB-approvals. It meets the relevant requirements according to OIML R85 and API 3.1B. The NMR84 free space radar with drip-off planar antenna is specifically suited for stilling well applications. The superior drip-off antenna design with proven track record eliminates problems caused by condensation.
With planar antenna particularly suited for stilling well applications.
Process connections: Flanges
Temperature: -40 to +150°C (-40 to +302°F)
Pressure: Vacuum to +25bar (Vacuum to +362psi)
Maximum measuring range: 40m (131ft)
Accuracy: ±0.5mm (±0.02″)
Transmitting frequency: 6GHz
International explosion protection and custody transfer certificates, overfill prevention WHG, SIL
Benefits
Hardware and software developed according to IEC 61508 up to SIL3 (in homogeneous redundancy) for high level of safety Maximum reliability through accuracy up to ±0.5mm (±0.02″) Developed according to international metrology recommendations such as OIML R85 and API MPMS Local and country-specific certifications like NMi or PTB for custody transfer applications Simplified installation and trouble-free operations due to easy connection to major DCS systems via open protocols Unique drip-off antenna design eliminates measurement error due to condensation build-up
Radar measurement Micropilot NMR81
Drip-off lens antenna with 80 GHz transmitting frequency for custody transfer applications
- F
- L
- E
- X
-
Measuring principle
Level radar
-
Characteristic / Application
Lens antenna, 80GHz: High precision measurement for for storage tanks up to 30 m (98ft)
-
Specialities
Custody transfer level measurement
Measurement close to tank wall -
Supply / Communication
85-264VAC
52-74VAC
19-64VDC -
Accuracy
up to 0.5 mm
-
Ambient temperature
Standard:
-40°C…60°C
(-40°F…140°F)
For calibration to regulatory
standards:
-25°C…55°C
(-13°F…131°F) -
Process temperature
-40°C…200°C
(-40°F…392°F) -
Process pressure / max. overpressure limit
Vacuum…..16 bar abs
-
Main wetted parts
316L, PTFE
-
Process connection
Flange:
DN50/2″…DN300/12″
Flange w/ Alignment tool:
DN100/4″…DN300/12″
UNI-Flange:
DN150/6″…DN300/12″
UNI-Flange w/ Alignment tool:
DN150/6″…DN300/12″ -
Max. measurement distance
70 m (230 ft)
For calibration to regulatory standards:
30 m (98 ft) -
Communication
Outputs:
Fieldbus: Modbus RS485, V1, WM550
HART, BPM and TRL/2 (via GE option)
Analog 4-20mA output (Exi/ Exd)
Relay output (Exd)
Inputs:
Analog 4-20mA input (Exi/ Exd)
2-, 3-, 4-wire RTD input
Discrete input (Exd, passive/active) -
Certificates / Approvals
ATEX, FM, IEC Ex, EAC, JPN Ex, KC Ex,
INMETRO, NEPSI, UK Ex -
Safety approvals
Overfill protection WHG
SIL -
Design approvals
EN 10204-3.1
NACE MR0175, MR0103
AD2000 -
Metrological approvals and certificates
OIML, NMi, PTB
-
Options
Redundant fieldbus
Alu-coated or 316L housing
Weather protection cover
Adjustable mounting seals -
Application limits
Maximum measuring range is
dependent on the tank form and/
or application
Strong condensate or build-up
formation
Field of application
Micropilot NMR81 is used for custody transfer and inventory control applications with NMi- and PTB-approvals and meets the requirements according to OIML R85 and API 3.1B. NMR81 is particularly suited for free space applications up to 70m. The drip-off lens antenna with 80 GHz transmitting frequency produces a sharply focused beam angle of 3° and avoids obstacles even close to tank wall.
80GHz drip-off lens antenna suited for free space applications up to 70m offers high beam focusing for applications with nozzle situated close to tank wall.
Process connections: Flanges
Temperature: -40 to +170°C (-40 to +338°F)
Pressure: Vacuum to +16bar (Vacuum to +232psi)
Maximum measuring range: 70m (230ft)
Accuracy: ±0.5mm (±0.02″)
Transmitting frequency: 80GHz
International explosion protection and custody transfer certificates, overfill prevention WHG, SIL
Benefits
Hardware and software developed according to IEC 61508 up to SIL3 (in homogeneous redundancy) for high level of safety Maximum reliability through accuracy up to ±0.5mm (±0.02″) Developed according to international metrology recommendations such as OIML R85 and API MPMS Local and country-specific certifications like NMi or PTB for custody transfer applications Simplified installation and trouble-free operations due to easy connection to major DCS systems via open protocols 80GHz technology for narrow beam angle for sharper focus, without interference from tank wall and obstructions